“Australia’s Laser Kills 50 Drones Per Minute”: Apollo System Destroys Swarms At Light Speed While Missiles Become Obsolete Forever

In modern warfare, the challenge of effectively countering drone swarms is becoming increasingly critical. As unmanned aerial vehicles play a larger role in military conflicts, the Australian company Electro Optic Systems (EOS) has introduced its latest laser weapon system, “Apollo,” marking a significant advancement. Apollo is designed to offer a cost-efficient, precise defense against drone swarms using high-energy laser technology. This development is a response to the growing threats posed by drones, providing a new layer of security in both national and international defense strategies.

Effectiveness and Cost Savings of Laser Weapons

Laser weapons like EOS’s Apollo are central to modern defense strategies. Capable of destroying up to 50 drones per minute, Apollo can swiftly retarget new threats, thanks to its high swivel speed of less than 1.5 seconds for a 60-degree movement. This rapid response capability is complemented by continuous energy supply options, allowing for virtually limitless operational time when connected to external power sources.

The cost savings associated with laser weapons are substantial when compared to traditional missile defense systems. While missiles can cost hundreds of thousands of dollars each, the cost of a laser shot is primarily determined by energy consumption. This efficiency could significantly reduce the economic burden of defense operations, enhancing the financial sustainability of military engagements.

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From Optical Technologies to High-Energy Lasers

EOS has evolved from optical technologies to deployable laser weapons over several decades. In October 2023, the company unveiled a non-lethal system called “Laser Dazzler,” designed to blind drone sensors. Apollo represents the next developmental leap, scalable up to 150 kW, and targeting drones in Groups 1 to 3, which pose substantial threats to troops and critical infrastructure.

Apollo provides 360-degree coverage, neutralizing drones both nearby and at distances up to 9.3 miles. Its mobility, housed in a 20-foot ISO container, permits rapid deployment and adaptation to various operational locations. This makes it suitable for both stationary defense and mobile operations, offering versatile solutions for diverse defense needs.

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Technological Innovation as a Lifesaver

Dr. Andreas Schwer, CEO of EOS Group, highlights Apollo as a lifesaving technology in the global context of drone warfare. The increasing international demand for high-energy laser systems underscores their indispensability in modern defense. Apollo provides military units with a cost-effective solution to protect infrastructure and troops from massive drone attacks.

The recent export contract with a European NATO member illustrates the growing interest in such technologies across Europe. As threats from drones and missiles intensify, especially concerning conflicts like those in Ukraine, advanced air defense solutions become increasingly critical.

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The Future of Air Defense

The introduction of Apollo at the international defense exhibition in London underscores EOS’s ambitions to attract international partners. The system’s modular design facilitates quick adaptation to specific user requirements, offering a competitive edge over other suppliers.

EOS envisions systems like Apollo as the backbone of future air defense architectures, particularly against drone swarm tactics. The capability to neutralize drones in real time at light speed could fundamentally transform military operations.

The deployment of Apollo signifies a significant advance in military defense technology. As challenges from drone swarms continue to grow, questions remain about how these technologies will integrate into existing defense strategies and what new tactical possibilities they will open up.

The introduction of Apollo represents a pivotal moment in defense technology, promising to redefine how military operations are conducted. As the world grapples with the increasing threat of drone swarms, how will international defense policies evolve to incorporate these cutting-edge advancements, and what implications will this have for global security dynamics?

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